Sustainable Remote Work Practices

Scientists successfully transmitted electricity through air using ultrasonic sound waves and laser beams. Finland is positioning itself at the forefront of a wireless energy revolution, with researchers from the University of Helsinki and the University of Oulu pioneering methods to move electricity without physical cables. One of the most striking developments involves using high-intensity ultrasonic sound waves to create invisible pathways through the air, effectively guiding electrical sparks along a controlled route. While currently in the experimental phase, this 'acoustic wire' technology could eventually enable contactless electrical connections and smart interfaces that function entirely without plugs or traditional wiring. Beyond sound-guided energy, Finnish innovation is also leveraging light and radio frequencies to solve complex power challenges. The private sector is developing 'power-by-light' systems that utilize high-powered lasers to transmit electricity to remote receivers, providing critical galvanic isolation for hazardous environments like nuclear plants and high-voltage stations. Simultaneously, advancements in radio-frequency harvesting are turning ambient waves into 'Wi-Fi for power,' potentially eliminating the need for millions of disposable batteries in low-power IoT sensors. Together, these technologies signal a shift toward a more flexible, cable-free infrastructure for global industry. source: University of Helsink. Wireless Electricity Transmission: Breakthroughs in Acoustic and Laser-Based Power. University of Helsinki News.

The gap between a project estimate and kick-off can be a killer. (Automation Tip Tuesday 👇) For service-based businesses (any business, really!), friction is the ultimate profit killer. A client agrees to the scope, but then… paperwork, approvals, deposits — it all creates delay and destroys momentum. One of our recent automation projects tackled this head-on. Our client, a high-end home remodeling firm, was using a host of tools to manage their workflows, but the process of moving from an estimate to a signed agreement (with a deposit) was still manual and disjointed. We streamlined it. Now: ✅ Estimates auto-generate in Airtable, pulling project details from a structured pricing database. ✅ Signed agreements trigger deposits automatically — Dubsado sends the contract, collects e-signatures, and instantly generates an invoice in QBO. ✅ Once the deposit is paid, the project kicks off in Google Calendar and updates the team’s task board. The result? Faster approvals, fewer dropped leads, and a smoother experience for homeowners eager to begin their renovations. Software should work for you, not slow you down. If your business has gaps in its process, automation might be the missing piece. What’s killing your momentum? -- Hi, I’m Nathan Weill, a business process automation expert. ⚡️ These tips I share every Tuesday are drawn from real-world projects we've worked on with our clients at Flow Digital. We help businesses unlock the power of automation with customized solutions so they can run better, faster and smarter — and we can help you too! #automationtiptuesday #automation #workflow #efficiency

If your engineers are spending more time managing paperwork than managing processes, that is not a productivity problem. That is a workflow problem. And workflow problems have solutions. I recently met an engineer, his name is Faizal. A Senior process engineer. Twelve years with the company. The kind of guy who knew every machine on the floor by sound alone. Every time something changed on the production line, Faizal was the one who caught it. A valve adjustment. A pressure tweak. A sequence that needed updating because a vendor changed their specs last minute. He would scribble it down in his notebook first. Then type it up. Then send it to his supervisor for sign-off. Then the supervisor would bring it to the weekly ops meeting. The meeting would run long because someone always had questions. Someone else was not in the room. They would schedule a follow-up. Meanwhile, Faizal’s change note sat in an email thread, buried under thirty replies. By the time the paper form made its way through department heads, got printed, signed, scanned, and filed into a cabinet on level three, two weeks had passed. Sometimes more. And sometimes, the form never came back at all. He once spent forty minutes searching for an approved change note from eight months ago. A compliance audit was coming. The document existed. He had seen it. He just could not find it. On day, he told his manager: “I spend more time chasing paper than I do solving actual problems.” His manager nodded. He had heard this before. From other engineers. In other departments. Across different sites. The problem was not Faizal. The problem was a process built for a time when paper was the only option. When Faizal’s company moved their change management workflow into DocuWare, a few things happened almost immediately. Change notes were submitted digitally, with version control. Approvals happened through automated routing, no more chasing signatures across floors. Every document was timestamped, traceable, and retrievable in seconds. And the audit that used to take days of frantic searching, took under an hour. Faizal still carries his notebook. Old habits. But now it is just for his own thinking. Everything else has a proper home. What does your change management process look like today?

Implementing IoT solutions for monitoring and managing energy consumption requires an integrated vision combining technology, data analysis, security, and sustainability to achieve significant efficiency and cost savings. Internet of Things (IoT) IoT refers to a network of physical devices that communicate via the Internet. These include sensors, smart meters, thermostats, and HVAC systems, all of which work together to collect and share real-time energy consumption data. Energy Consumption Monitoring Using smart sensors and meters allows real-time tracking of energy use, enabling the identification of inefficiencies and the implementation of immediate corrective measures to reduce unnecessary energy expenditure. Energy Management Automation systems in IoT can control lighting, heating, and cooling based on environmental data and occupancy. This optimization reduces energy waste without compromising comfort and operational needs. Data Analysis Advanced data analysis techniques, including big data and machine learning, help identify trends and consumption patterns. These insights drive long-term energy-saving strategies and continuous improvement in energy performance. Integration with Existing Systems Ensuring compatibility and seamless integration of new IoT devices with existing systems is crucial. Interoperability allows for smooth data exchange and functionality, enhancing overall system efficiency. Data Security Protecting the data collected by IoT devices is essential. Implement robust security measures, including encryption and access control, to safeguard sensitive energy data and ensure only authorized personnel have access. Economic and Environmental Benefits Efficient energy management leads to substantial operational cost savings, and reducing energy consumption supports corporate sustainability goals by lowering the organization’s carbon footprint. Implementation and Maintenance The implementation process includes planning, device installation, system integration, and staff training. Ongoing maintenance and regular updates ensure the IoT systems remain efficient and effective over time. Regulations and Standards Compliance with local and international energy management and IoT standards is vital. Certifications ensure the quality and security of the IoT solutions, meeting regulatory requirements and industry best practices. Staff Training Training staff on the use and maintenance of IoT systems is essential. Building an energy-conscious culture within the organization promotes efficient energy use and maximizes the benefits of IoT solutions. #IoT #EnergyManagement #BusinessEfficiency Ring the bell to get notifications 🔔

“Why are we still putting people on roofs with clipboards?” That one question completely changed how inspections were done across 242 franchises. Instead of sending people up ladders with pens and paper, we redesigned the workflow with: • Pre-planned drone flight paths from satellite data • Thousands of labeled roof images training a defect classifier • Instant inspection reports feeding into upsell + cross-sell opportunities The results: • +33% inspector productivity • +49% inspection volume • Safer teams • A reusable defect database that unlocked new revenue streams But here’s the real takeaway 👇 The biggest bottleneck in franchise operations isn’t effort. It’s outdated workflows. When you find the hidden “unlocks” in your data, efficiency doesn’t just save time. It creates profit and resilience. Thrilled to share this story

I'm going to cut onboarding time by 80%. Faster process, happier clients, stronger team. Here’ how i’m going to do it… I scaled my company to 70 team members in 18 months. Every new hire meant the same process. Contracts, NDAs, payroll docs. The same info got typed into many different places. I didn't have a system for it. I had 4 disconnected tools. Google Docs handled templates. DocuSign handled signatures. Email handled chasing. A spreadsheet handled tracking. Every new hire took 3+ hours of paperwork. And that's before they did a single task. The worst part? Errors followed me everywhere. Wrong names showed up on contracts. Missing signatures got caught weeks later. Data re-entered incorrectly b/c humans are only 95% accurate on manual entry. That's 1 in 20 fields filled wrong. So I started looking for a fix. That's when I found Anvil. Anvil is a document automation platform that turns PDFs into digital workflows. You send one link and everything runs from there. Here's how I plan to roll it out: 1/ Audit every onboarding document ↳ List every form, signature, and data field I collect from new hires and clients. 2/ Build one workflow in Anvil ↳ Convert all of those PDFs into a single guided digital form that collects data once and fills it across every document. 3/ Add e-signatures inside the flow ↳ No more sending separate DocuSign links. The new hire signs everything in one pass. 4/ Connect my existing tools ↳ Anvil integrates with many tools so completed data goes straight to my CRM and project tools. 5/ Send one link and walk away ↳ New hire gets a single link. They fill, sign, and submit. I get completed docs without touching a form. This isn't about keeping things running. It's about building capacity. New team members launch faster. I get more time for revenue work. Every document has fewer errors. If your onboarding still runs on email chains and scattered PDFs, it's probably not your team. It's the process. What does your onboarding process look like right now? 💬👇 👊 --- ♻️ Repost to help a founder fix their onboarding. ✚ Follow Cory Blumenfeld for more entrepreneurial insights and motivation. I'm on a mission to inspire 1M everyday people to start their own business and find their voice.

Laser power beaming is a form of wireless energy transfer where electrical power is converted into a highly collimated laser beam, transmitted over a distance, and then converted back into electricity at the receiving end using photovoltaic (PV) cells or similar devices. This approach enables the delivery of significant power densities over long distances with minimal beam spread, making it suitable for applications where traditional wired power delivery is impractical or impossible. # Key Features and Advantages: High Power Density: Laser beams can deliver much higher power densities than solar radiation, allowing for much smaller receiver panels. For example, a laser system can provide the same 500 W of power with a receiver area as small as 0.02 m², compared to about 2 m² for solar panels. Precision and Portability: The narrow, focused nature of laser beams allows for compact transmitter and receiver setups, which is beneficial for powering remote equipment, space missions, and mobile platforms like drones or lunar rovers. Versatility: Laser power beaming can be used in various environments, including ground-to-ground, ground-to-air, and even space-to-ground scenarios. # Applications: Space Exploration: Used for powering equipment in shadowed lunar craters or on Mars, where sunlight is insufficient or unavailable. Defense and Security: Enables persistent power supply to unmanned aerial vehicles (UAVs), sensors, and forward bases without relying on heavy batteries or vulnerable supply lines. Commercial and Industrial: Potential for powering remote communication relays, underwater vehicles, or providing emergency power after disasters. # Technical Considerations: Conversion Efficiencies: Modern laser systems can achieve electrical-to-optical conversion efficiencies up to 85%, with typical semiconductor diode lasers around 50%. Photovoltaic receivers can convert monochromatic laser light back to electricity at efficiencies over 50%. Atmospheric Effects: Laser beams can be affected by atmospheric conditions, such as fog, dust, or precipitation, which can reduce transmission efficiency. Safety: Decades of research indicate that power beaming via lasers can be safe, but precautions are necessary to avoid accidental exposure to high-intensity beams. # Recent Milestones: Distance Records: DARPA recently demonstrated delivery of over 800 watts of power via laser over a distance of 8.6 kilometers (5.3 miles) Commercial Development: Companies like PowerLight Technologies have demonstrated laser power beaming over 1 kilometer and are developing commercial solutions for UAVs and other platforms. Laser power beaming continues to advance, with ongoing research focused on improving efficiency, reliability, and practical deployment for both terrestrial and space-based applications.

It’s shocking how many hours we waste every week on the same tiny tasks...and no one really notices it happening. We deal with a lot of routine documents:   • Offer letters   • NOC letters   • Experience certificates   • Joining docs   • Contract updates   • Approval notes   • Invoice   • Payment approval   • Promotion letters   • Salary increment letters, etc. Different documents, but the same painful pattern every time: Open the template → replace details → format → export → upload → share → update the tracker It looks simple. It feels harmless. But when we repeat it dozens of times a month, it quietly drains hours without anyone realizing. So I built a workflow using n8n. All you have to do is fill out a small form. That’s it. Behind the scenes, the workflow: ✅ Picks the correct template ✅ Replaces every placeholder (names, dates, positions, anything) ✅ Formats numbers and dates ✅ Creates a clean folder for the output ✅ Drops all final documents inside ✅ Updates the Google Sheet tracker automatically The whole process finishes in about 5 seconds.   • No back-and-forth.   • No mistakes.   • No repetitive steps. And just like that, hours of manual work every month disappeared. Here’s the real point: This isn’t just about one document. Every team has small repetitive tasks like this - Ops, Finance, Admin, Sales, Projects…anyone. People think automations need 𝗯𝗶𝗴 𝗽𝗿𝗼𝗯𝗹𝗲𝗺𝘀 to be worth doing. But the biggest gains often come from removing the smallest annoyances. One little workflow. One tiny form. A lot more time saved. So, I am curious: What’s one repetitive task you think should already be automated for your business/team? #n8n #WorkflowAutomation

High-Speed Dysfunction: Why Workflow Optimization Must Precede Automation to Stop Confusion | Disfunción de Alta Velocidad: por qué la Optimización del Flujo de Trabajo debe Preceder a la Automatización para evitar Confusiones An insurance firm automated its billing, cutting invoice time by 60%. But because Sales and Finance never aligned, it fired off incorrect invoices at record speed, forcing staff into a "WhatsApp Shadow Workflow" to resolve disputes. Automating a broken process doesn't fix a business; it just makes chaos faster and more expensive. In the article, you will learn how to: ✔️ Map the "Relay Race" across human journeys to locate operational black holes. ✔️ Audit for Process Debt to eliminate obsolete workflows before writing code. ✔️ Apply the Process Decision Rule to cut steps that add zero value or risk protection. ✔️ Enforce cross-functional ownership across business, process, and data leads. ✔️ Measure Return on Experience (ROX) to eliminate human friction. Automation is a multiplier, not a fix. If your operating model is built on silos, rework, and manual bridges, automation will simply scale those failures at the speed of light. Stop managing through disconnected spreadsheets and automated apologies. Start redesigning your business around the humans who make it run. At Digital Transformation Strategist, we help global firms and SMBs navigate these journeys by replacing "procurement theater" with structural discipline. Is your automation scaling value or just scaling confusion? Let’s talk. Send me a DM.

Echo... Finland’s engineers have revealed a major leap forward in energy technology with the successful demonstration of long-distance wireless electricity transmission. The system uses high-frequency magnetic fields and superconducting receivers to transfer power through the air efficiently and safely. This approach allows energy to be sent without physical cables, opening up new possibilities for homes, industries, and infrastructure. One of the most exciting aspects of this breakthrough is its potential to power devices, vehicles, and entire buildings seamlessly. Drones, electric cars, and even factory systems could receive energy wirelessly, reducing reliance on traditional wiring and increasing flexibility in design and mobility. The technology also offers cleaner and more adaptable energy distribution, especially for remote or difficult-to-reach areas. While still in development, Finland’s achievement points toward a future where electricity behaves like Wi-Fi — always available, invisible, and instantly accessible. If scaled successfully, it could transform global power networks and redefine modern energy use. Reference Andersson, M. (2023). Advances in long-range wireless power transmission. Nordic Energy Research Institute.